2026年雅思阅读模拟试题及答案

2026年雅思阅读模拟试题及答案READINGPASSAGE1Youshouldspendabout20minutesonQuestions1-13,whicharebasedonReadingPassage1below.TheVerticalFrontier:TheRiseofBiophilicArchitectureA.Therapidurbanizationofthe21stcenturyhasprecipitatedacrisisincityplanning.Aspopulationsswellandmetropolitanareasexpandhorizontally,thelossofgreenspacehasbecomeacriticalenvironmentalandsocialconcern.Inresponse,aradicalarchitecturalmovementhasgainedmomentum,seekingnotmerelytomitigatethelossofnaturebuttointegrateitdirectlyintothebuiltenvironment.Thisconcept,knownasbiophilicdesign,isepitomizedbythe"VerticalForest"modelpioneeredinMilan,Italy.Thesestructuresarenotmerelyskyscrapersadornedwithpottedplants;theyarefunctioningecosystemsthathosthundredsoftreesandthousandsofshrubsontheirfacades,effectivelycreatingaverticalforestthatrisesintothesky.B.Theprototypeofthismovement,BoscoVerticale(VerticalForest),consistsoftworesidentialtowersinthePortaNuovadistrictofMilan.Standingat110and76metersrespectively,thesetowershostapproximately900trees,5,000shrubs,and11,000floralplants.Thevegetationisdistributedaccordingtothesun’sorientationandtheheightofthefacadetoensurethegrowthofdiversespecies.Theecologicalimpactissubstantial:theequivalentof20,000squaremetersofforestandundergrowthisconcentratedintoaverticalsurface.Thisgreencurtainfiltersdustandparticulatematter,absorbscarbondioxide,andproducesoxygen,creatingamicroclimatethatmoderatestemperaturesinthebuildingandthesurroundingarea.C.However,integratinglivingbiologicalsystemsintostaticarchitecturalstructurespresentsuniqueengineeringchallenges.Theprimaryconcernisthestructuralloadofthesoilandvegetation,especiallywhensaturatedwithwater.Engineershadtodesignreinforcedconcretebalconiescapableofsupportingsubstantialweightswhileallowingforrootgrowthwithoutcompromisingthebuilding'sintegrity.Furthermore,anautomatedirrigationsystem,poweredbysolarpanelsandutilizingfilteredwastewaterfromthebuilding,isessentialtomaintaintheflora.Thissystemismonitoredremotelyviaadigitalinterfacethatadjustswaterflowbasedonweatherdataandsoilmoisturesensors,ensuringthesurvivalofthe"forest"duringtheswelteringMilanesesummers.D.Thebenefitsofsuchverticalgreeningextendbeyondmereaestheticsandairquality.Thevegetationactsasanaturalacousticbuffer,dampeningthenoisepollutiontypicalofdenseurbanenvironments.Moreover,thepsychologicalimpactonresidentsisprofound.Studieshaveshownthatviewsofnaturereducestresslevelsandimprovecognitivefunction.Byprovidingprivate,leafyterracesforeachapartment,theVerticalForestmodeloffersahighqualityofliferarelyfoundinhigh-densityhousing.Italsopromotesurbanbiodiversity;birdsandinsectshavecolonizedthetowers,creatingasanctuarythatbridgesthegapbetweentheconcretejungleandthenaturalworld.E.ThesuccessoftheMilanexperimenthassparkedaglobalwaveofsimilarprojects.InNanjing,China,the"NanjingVerticalForest"towers,completedinthelate2010s,scaleuptheMilanmodelwithevengreaterambition,incorporatingofficesandahotelalongsideluxuryresidences.Similarly,citieslikeSydney,Paris,andUtrechtaredevelopingtheirowniterations.Thisglobaladoptionsignalsashiftinarchitecturalparadigms:theskyscraperisnolongerseenasamonumenttohumandominanceovernaturebutasascaffoldforsymbiosis.The"CityForest"conceptisevolving,withplannersnowlookingatconnectingtheseverticalecosystemsviagreencorridorsatheight,potentiallycreatingacontinuousnetworkofnatureweavingthroughthecityskyline.F.Despitetheenthusiasm,criticspointtotheeconomicandmaintenancerealities.Theconstructioncostsofverticalforestsaresignificantlyhigherthanstandardglass-and-steeltowers.Maintenanceisalsolabor-intensive;arboristsmustrappeldownthefacadestoprunetreesandinspectthehealthofthevegetation,ataskthatisbothdangerousandexpensive.Thereisalsotheriskoffallingdebrisduringhighwinds,necessitatingrigoroussafetyprotocols.Proponentsargue,however,thatthesecostsareoffsetbylong-termenergysavings—theplantsprovideshadeinsummerandinsulationinwinter—andthepremiumvalueofpropertiesthatofferdirectaccesstonature.G.Ultimately,theverticalfrontierrepresentsanecessaryevolutioninurbanliving.Asclimatechangeaccelerates,citiesmustactascarbonsinksratherthansources.Theintegrationofforestryintoarchitectureisnotapanaceaforallenvironmentalills,butitisatangiblesteptowardsamoreresilientandlivableurbanfuture.Itchallengesthedichotomybetweentheartificialandthenatural,proposingafuturewherethecityisaliving,breathingentity.Questions1-6DothefollowingstatementsagreewiththeinformationgiveninReadingPassage1?Inboxes1-6onyouranswersheet,writeTRUEifthestatementagreeswiththeinformationFALSEifthestatementcontradictstheinformationNOTGIVENifthereisnoinformationonthis1.TheVerticalForestmodelwasthefirstarchitecturalattempttoincludeplantsinbuildingdesign.2.ThevegetationontheMilantowersisarrangedbasedonthedirectionofthesunlight.3.ThetreesontheVerticalForesttowershelptoreducenoisepollutionfortheresidents.4.Theirrigationsystemfortheplantsusesonlypotablewaterfromthecitysupply.5.TheNanjingVerticalForesttowersareexclusivelyresidentialbuildings.6.Maintenanceoftheverticalforestsrequiresspecializedskillsandinvolvessignificantrisk.Questions7-10Completethesentencesbelow.ChooseONEWORDONLYfromthepassageforeachanswer.Writeyouranswersinboxes7-10onyouranswersheet.7.ThetwotowersinMilanareequivalenttoaforestareaof______squaremeters.8.Thevegetationonthebuildingscreatesa______thathelpsregulatelocaltemperatures.9.Thebalconiesaredesignedwithreinforcedconcretetosupporttheweightofsoilandallowfor______growth.10.Thepresenceofnatureonthebuildingfacadeshasbeenproventolower______andimprovementalfunction.Questions11-13Choosethecorrectletter,A,B,C,orD.Writethecorrectletterinboxes11-13onyouranswersheet.11.Accordingtothepassage,whatistheprimaryfunctionoftheautomatedirrigationsystem?A.Tocollectrainwaterfordrinkingpurposes.B.Toreducethecostofelectricityforresidents.C.Toadjustwaterdistributionbasedonenvironmentalconditions.D.Topreventtherootsfromdamagingtheconcretestructure.12.WhydoestheauthormentionbirdsandinsectsinParagraphD?A.Tohighlightthepotentialpestproblemsinverticalforests.B.Toillustratetheincreaseinurbanbiodiversity.C.Toexplaintheneedforbiologicalpestcontrol.D.Todemonstratetheheightofthetowers.13.Whatisthemainargumentofcriticsregardingverticalforests?A.Theyareaestheticallydispleasingcomparedtotraditionaltowers.B.Theyconsumetoomuchwaterduringdryseasons.C.Theconstructionandupkeepareprohibitivelyexpensive.D.Theydonotactuallyhelpwithcarbonreduction.READINGPASSAGE2Youshouldspendabout20minutesonQuestions14-26,whicharebasedonReadingPassage2below.TheScienceofChronobiology:RhythmsofLifeA.Chronobiologyisthemultidisciplinarystudyofbiologicalrhythms,specificallythecyclicalvariationsinphysiologicalprocessesthatoccurinlivingorganisms.Theserhythmsarenotmerelyresponsestoexternalenvironmentalchangesbutaredrivenbyendogenousbiologicalclocks—internaltimekeepersthathaveevolvedovermillionsofyearstosynchronizeorganismswiththeEarth'scycles.Themostprominentoftheseisthecircadianrhythm,aroughly24-hourcyclethatregulatesthesleep-wakecycle,hormonerelease,metabolism,andotherbodilyfunctions.B.Atthemolecularlevel,thecircadianclockoperatesthroughacomplexfeedbackloopinvolving"clockgenes."Inmammals,themasterclockislocatedinthesuprachiasmaticnucleus(SCN),atinyregionofthebrainsituatedinthehypothalamus,directlyabovetheopticchiasm.TheSCNreceivesdirectlightinputfromtheretinaviatheretinohypothalamictract.Thislightsignalistheprimary"zeitgeber"(time-giver)thatentrainstheinternalclocktotheexternalsolarday.Whenlighthitstheretina,signalsaresenttotheSCN,whichthenadjuststheproductionofhormoneslikemelatoninandcortisoltoalignthebody'sphysiologywiththecycleoflightanddark.C.Melatonin,oftendubbedthe"hormoneofdarkness,"issecretedbythepinealglandunderthecontroloftheSCN.Itssecretionpeaksduringthenightandissuppressedbyexposuretolight,particularlybluelight.Therelationshipbetweenlightintensityandmelatoninsuppressioncanbemodeledmathematically.Researchsuggeststhatthesuppressionresponsefollowsasigmoidfunction,wherethedegreeofsuppressionisdependentonthedurationandintensityofexposure.Asimplifiedrepresentationofthephaseshiftofthecircadianrhythm(ΔϕD.Disruptionofthesefinelytunedrhythmscanhavesevereconsequencesforhumanhealth.Themodern24/7society,characterizedbyartificiallighting,shiftwork,andtranscontinentaltravel,hasledtowidespreadcircadianmisalignment.Shiftworkers,whooftenmustsleepduringthedayandworkatnight,sufferfromhigherratesofcardiovasculardisease,metabolicdisorderslikeobesityandtype2diabetes,andcertaintypesofcancer.ThisisattributedtothedesynchronizationbetweenthecentralpacemakerintheSCNandtheperipheralclocksfoundintheliver,heart,andotherorgans.Whentheseinternalclocksareoutofsync,metabolicefficiencydrops,andinflammatoryresponsesincrease.E.Oneofthemostacuteformsofcircadiandisruptionisjetlag,atemporaryconditioncausedbyrapidtravelacrossmultipletimezones.Thesymptoms—fatigue,insomnia,gastrointestinaldistress,andimpairedcognitiveperformance—resultfromtheSCN'sinabilitytoinstantlyresettothenewlight-darkcycle.Thedirectionoftravelmatters;eastwardtravelgenerallyrequires"phaseadvancing"(shorteningtheday),whichisphysiologicallymoredifficultthan"phasedelaying"(lengtheningtheday)requiredduringwestwardtravel.Thisisbecausethenaturalperiodofthehumancircadianrhythmisslightlylongerthan24hours,makingiteasiertostayuplaterthantogotosleepearlier.F.Tomitigatetheseissues,scientistsareexploringvariousinterventions.Lighttherapy,involvingtimedexposuretobrightartificiallight,isusedtoshiftthecircadianclock.Similarly,theadministrationofmelatoninsupplementscanhelpsignal"biologicalnight"tothebody.However,timingiscrucial;takingmelatoninatthewrongtimecanshifttherhythmintheundesireddirectionorexacerbateinsomnia.Furthermore,recentresearchinto"chrononutrition"suggeststhatthetimingoffoodintakeactsasastrongzeitgeberforperipheralclocks.Restrictingeatingtoaspecificwindowoftime(time-restrictedfeeding)canhelpresynchronizemetabolicorgansevenifthecentralrhythmisdisrupted,potentiallyofferingatherapeuticstrategyforshiftworkersandfrequentflyers.G.Thefieldofchronobiologyalsoextendsbeyondthedailycircadiancycle.Thereareinfradianrhythms,whichlastlongerthan24hours,suchasthelunarcycleinfluencingmarinereproductionorthehumanmenstrualcycle.Conversely,ultradianrhythmsarecyclesshorterthan24hours,suchasthecyclesofrapideyemovement(REM)andnon-REMsleepthatoccurthroughoutthenight,orthe90-minutecyclesofalertnessandrestfulnessobservedduringwakinghours.Understandingthesemulti-oscillatorysystemsiscrucialforoptimizinghumanperformance,treatingsleepdisorders,anddevelopingpersonalizedmedicalschedulesthatalignwithanindividual'sbiologicalpeaksandtroughs.Questions14-18ReadingPassage2hassevenparagraphs,A-G.Whichparagraphcontainsthefollowinginformation?Writethecorrectletter,A-G,inboxes14-18onyouranswersheet.14.Adescriptionofthemolecularmechanisminvolvingproteinaccumulation.15.Thehealthrisksassociatedwithshiftwork.16.Anexplanationofwhyjetlagfeelsworsewhentravelingeast.17.Theroleoffoodtimingasasynchronizerforinternalorgans.18.Thedefinitionofchronobiologyandtheconceptofendogenousclocks.Questions19-22Completethesummarybelow.ChooseNOMORETHANTWOWORDSfromthepassageforeachanswer.Writeyouranswersinboxes19-22onyouranswersheet.Themasterclockinmammalsislocatedinthesuprachiasmaticnucleus(SCN)withinthe19______.Itreceivesinformationaboutlightlevelsdirectlyfromthe20______.ThisinputallowstheSCNtoregulatethesecretionofhormones,suchasmelatonin,whichisproducedbythe21______.TheSCNservesasthecentral22______,aligningthebody'sinternalstatewiththeexternalenvironment.Questions23-26Lookatthefollowingstatements(Questions23-26)andthelistofpeoplebelow.Matcheachstatementwiththecorrectperson,A,B,C,orD.Writethecorrectletter,A,B,C,orD,inboxes23-26onyouranswersheet.NBYoumayuseanylettermorethanonce.ListofPeopleA.ShiftworkersB.FrequentflyersC.ChronobiologistsD.Architects23.Theseindividualsexperiencephysiologicaldifficultiesbecausetheirperipheralclocksbecomedesynchronizedfromtheircentralpacemaker.24.Theseindividualsareresearchingtheeffectsoflightandfoodonbiologicaltimekeeping.25.Theseindividualsoftenstrugglewithphaseadvancingmorethanphasedelaying.26.Theseindividualsmightutilizetime-restrictedfeedingtoimprovemetabolichealth.Questions27-31Choosethecorrectletter,A,B,C,orD.Writethecorrectletterinboxes27-31onyouranswersheet.27.AccordingtoParagraphC,howdoeslightaffectmelatonin?A.Itstimulatesthepinealglandtoproducemoremelatonin.B.Ithasnoeffectonmelatoninlevelsduringtheday.C.Bluelightexposuresuppressesthesecretionofmelatonin.D.Itconvertsmelatoninintocortisol.28.Whatisthesignificanceofthe"PhaseResponseCurve"mentionedinParagraphC?A.Itmapsthegeographicalchangesintimezones.B.Itmodelshowthecircadianrhythmshiftsinresponsetolight.C.Itisamedicaltoolfordiagnosingsleepdisorders.D.Itmeasurestheintensityofbluelightinscreens.29.Inthecontextofthepassage,whatare"zeitgebers"?A.Internalgeneticmechanisms.B.Externalcuesthatresetthebiologicalclock.C.Typesofsleepdisorders.D.Hormonesproducedbythepituitarygland.30.Whatis"chrononutrition"?A.Adietspecificallydesignedfornight-shiftworkers.B.ThestudyofhownutritionalcontentaffectsDNA.C.Thepracticeoftimingfoodintaketoregulatebiologicalrhythms.D.Asupplementthatreplacesmelatonin.31.WhichofthefollowingbestdescribestherelationshipbetweentheSCNandperipheralclocks?A.TheSCNcontrolsthemdirectlythroughnerveconnections.B.PeripheralclocksoperateindependentlyoftheSCN.C.Theycanbecomemisaligned,leadingtohealthissues.D.PeripheralclocksdeterminetherhythmoftheSCN.READINGPASSAGE3Youshouldspendabout20minutesonQuestions32-40,whicharebasedonReadingPassage3below.TheDenisovanEnigma:GhostsofAncientAsiaA.Fordecades,thenarrativeofhumanevolutionwasviewedasarelativelylinearprogression,albeitwithsomedeadends.ThediscoveryoftheNeanderthalsinEuropeandthe"Hobbit"(Homofloresiensis)inIndonesiacomplicatedthispicture,suggestingabushierfamilytree.However,fewdiscoverieshavebeenastransformative—orasenigmatic—asthatoftheDenisovans.IdentifiedinitiallyfromamerefragmentofafingerboneandamolarfoundintheDenisovaCaveintheAltaiMountainsofSiberia,thisancienthominingroupwasknownalmostentirelythroughgeneticsbeforeanysubstantialfossilmorphologywasavailable.Theyhavebeendescribedasthe"ghostlineage"ofhumanevolution,leavingtracesintheDNAofmodernhumanswhileremaininglargelyinvisibleinthefossilrecord.B.TheDenisovaCave,asilo-likechambercarvedintoalimestonecliff,hasbeenatreasuretroveofPleistocenearchaeology.Excavationshaveyieldedlayersofhabitationdatingbackover300,000years.Itwashere,in2008,thatRussianarchaeologistsdiscoveredasmalldistalphalanx(fingerbone)fromayoungfemaleindividual,nicknamed"XWoman."Becausethebonewastoofragmentaryformorphologicalclassification,theteamturnedtopaleogenetics.ThebreakthroughcamewhenMaxPlanckInstitutescientistsmanagedtoextractahigh-qualitygenomesequence.Theresultswereshocking:themitochondrialDNAdifferedsignificantlyfrombothmodernhumansandNeanderthals,indicatingadistinctlineagethathaddivergedfromthehumanfamilytreeroughlyamillionyearsago.C.ThegeneticevidencerevealedthattheDenisovanswerenotjustanobscureoffshootbutawidelydistributedpopulationthatonceroamedacrossvastswathesofAsia.Perhapsthemoststartlingfindingemergedwhenmodernhumangenomeswereanalyzed.Whilesub-SaharanAfricanshavelittletonoDenisovanDNA,populationsinOceania,particularlyMelanesiansandAboriginalAustralians,possessupto5%DenisovanDNA.ThisimpliesthatearlymodernhumansmigratingoutofAfricainterbredwithDenisovansinAsia,withthedescendantsofthatencountersettlinginthePacific.Thisgeneticlegacyhasprovidedcrucialsurvivaladvantages;forinstance,DenisovanvariantsoftheEPAS1genehelpTibetansadapttohigh-altitudehypoxia(lowoxygenlevels),atraitinheritedfromthisancientancestry.D.Whilethegeneticspaintedapictureofawidespreadpopulation,thefossilrecordremainedstubbornlysparseforyears.TheSiberiansiteprovidedonlyafewteethandthefingerbone.However,in2019,asignificantbreakthroughoccurredontheothersideoftheworld.Ateamofarchaeologistsidentifiedapartialjawbone(mandible)foundinBaishiyaKarstCaveontheTibetanPlateauasDenisovan.ThiswasthefirstdenovoconfirmationofDenisovansoutsideSiberia.Thejawbone,datedtoapproximately160,000yearsago,exhibitedrobust,largemolarssimilartothosefoundintheDenisovaCave,cementingtheconnectionbetweentheTibetanfossilsandtheSiberianDNA.E.ThemorphologyofthefewavailablefossilssuggeststhattheDenisovansweredistinctfrombothNeanderthalsandmodernhumans.Theirteethareexceptionallylarge,evenlargerthanthoseofNeanderthals,withmassiverootsandcomplexcrowns.Thishasledsomeresearcherstospeculatethattheypossessedadistinctchewingapparatus,perhapsadaptedtoatough,fibrousdietfoundintheharshenvironmentsofhigh-altitudeAsia.Thelackofcranialremainsmakesitdifficulttoreconstructtheirbrainsizeorfacialfeatures,buttherobustnatureofthemandiblesuggestsaphysicallypowerfulbuild.Someartists'reconstructionsdepictthemwithawidenoseandbroadface,adaptationspotentiallysuitedforcold,dryair,thoughtheseremainspeculative.F.ThetimelineofDenisovanoccupationisalsorewritinghistoryoftheregion.RecentdatingofcollagenfromanimalbonesfoundintheDenisovaCavesuggeststhatDenisovansmayhaveinhabitedthesiteasrecentlyas50,000yearsago,potentiallyoverlappingwithbothNeanderthalsandmodernhumansformillennia.Thisoverlapraisesthetantalizingpossibilityofculturalandtechnologicalexchange.Abraceletandaneedlemadeofbone,foundinthesamelayers,suggestalevelofsophisticationnottypicallyattributedtosucharchaichumans.WhethertheseartifactsweremadebyDenisovansormodernhumansremainsasubjectofintensedebate,buttheproximityimpliesthattheDenisovanswerecapableofmorethanjustsurvival;theymayhavehadsymbolicthought.G.Themysteryoftheirextinctionremains.UnliketheNeanderthals,whodisappearedroughly40,000yearsago,theprecisetimingoftheDenisovandemiseisunclear.Theirgeneticlegacyinmodernhumanssuggeststhatinterbreedingwasfrequentandsuccessful.Somescientistsproposethattheywereassimilatedintotheexpandingmodernhumanpopulationratherthandyingoutinacatastrophicevent.AstheglaciersretreatedattheendofthelastIceAge,theecologicalnichesthatDenisovansoccupied—likelythehigh-altitudecorridorsofCentralAsia—wouldhaveshifted.Theirdisappearancemightsimplybetheresultofpopulationswamping,wheretheirdistinctgeneticidentitywasdilutedintothemuchlargergenepoolofHomosapiens.H.ResearchintotheDenisovansisfarfromover.Newtechniquesinproteinanalysis(paleoproteomics)allowscientiststoretrieveevolutionaryinformationfromboneswhereDNAistoodegradedtosequence.ThisopensthedoortoidentifyingDenisovanfossilsacrossAsiathatwerepreviouslymisclassifiedasgeneric"archaichumans."Asthepiecesofthepuzzlearegathered,theDenisovansareslowlyemergingfromtheshadows.Theyrepresentabranchofhumanitythatthrivedinthemostchallengingenvironments,contributedtoourgeneticresilience,andthenvanished,leavingustodeciphertheirstoryfromthefragmentstheyleftbehind.Questions32-36DothefollowingstatementsagreewiththeviewsofthewriterinReadingPassage3?Inboxes32-36onyouranswersheet,writeYESifthestatementagreeswiththeviewsNOifthestatementcontradictstheviewsNOTGIVENifitisimpossibletosaywhatthewriterthinks32.ThediscoveryoftheDenisovansprovedthathumanevolutionisalinearprocess.33.MostoftheinitialknowledgeaboutDenisovanscamefromgeneticanalysisratherthanskeletalanatomy.34.TheDenisovansweregeneticallyidenticaltoNeanderthals.35.ModernTibetansowetheirabilitytoliveathighaltitudestogenesinheritedfromDenisovans.36.ThebonebraceletfoundinDenisovaCavewasdefinitelycreatedbyDenisovans.Questions37-40Completethesummarybelow.ChooseNOMORETHANTWOWORDSfromthepassageforeachanswer.Writeyouranswersinboxes37-40onyouranswerfromthepassage.TheDenisovanswereanancientgroupofhomininsfirstidentifiedinSiberia.Whileinitiallyknownonlyfromafingerbone,theywerelaterconfirmedtohaveinhabitedtheTibetanPlateau,asevidencedbya37______foundinBaishiyaKarstCave.Theirphysicalcharacteristicsincludednotablylarge38______.Geneticstudiesindicatethattheyinterbredwithmodernhumans,particularlythoseinOceania,passingdownbeneficialtraitssuchastheEPAS1gene,whichaidsin39______.Thereasonfortheirdisappearanceisuncertain,butsometheoriessuggesttheywere40______intothemodernhumanpopulationratherthanbecomingextinctduetoenvironmentaldisaster.Questions41-44Matchthefollowingfeatures(A-H)tothefossilorlocationmentionedinthepassage.Writethecorrectletter,A-H,inboxes41-44onyouranswersheet.FeaturesA.AfingerboneandmolarB.ApartialjawboneC.High-altitudehypoxiaadaptationD.LargerootsandcomplexcrownsE.AbraceletandneedleF.MitochondrialDNAG.CollagenfromanimalbonesH.PaleoproteomicsLocations/Fossils41.DenisovaCave(Initialdiscovery)42.BaishiyaKarstCave43.ModernTibetanpopulation44.GeneralDenisovanmorphologyANSWERSANDEXPLANATIONSReadingPassage1:TheVerticalFrontier1.FALSE解析：文章第一段提到VerticalForest是生物亲自然设计的“缩影”，并提到这些结构是“运作中的生态系统”。虽然它说是这一运动的先驱，但并没有声称它是历史上第一个在建筑中尝试包含植物的设计。事实上，历史上有很多屋顶花园和墙面绿化的尝试。题目说“firstattempt...toincludeplants”，过于绝对，与文中强调的“functioningecosystems”这一特定新概念不符。更准确地说，文中提到它是“pioneered”，但“firstattempttoincludeplants”范围太广。此外，文中提到“notmerelyskyscrapersadornedwithpottedplants”，暗示以前有简单的装饰性植物，但这是一种全新的模式。因此判定为FALSE。解析：文章第一段提到VerticalForest是生物亲自然设计的“缩影”，并提到这些结构是“运作中的生态系统”。虽然它说是这一运动的先驱，但并没有声称它是历史上第一个在建筑中尝试包含植物的设计。事实上，历史上有很多屋顶花园和墙面绿化的尝试。题目说“firstattempt...toincludeplants”，过于绝对，与文中强调的“functioningecosystems”这一特定新概念不符。更准确地说，文中提到它是“pioneered”，但“firstattempttoincludeplants”范围太广。此外，文中提到“notmerelyskyscrapersadornedwithpottedplants”，暗示以前有简单的装饰性植物，但这是一种全新的模式。因此判定为FALSE。2.TRUE解析：文章第二段明确提到：“Thevegetationisdistributedaccordingtothesun’sorientationandtheheightofthefacade...”。这与题目描述完全一致。解析：文章第二段明确提到：“Thevegetationisdistributedaccordingtothesun’sorientationandtheheightofthefacade...”。这与题目描述完全一致。3.TRUE解析：文章第四段提到：“Thevegetationactsasanaturalacousticbuffer,dampeningthenoisepollutiontypicalofdenseurbanenvironments.”题目说“helptoreducenoisepollution”，与文意相符。解析：文章第四段提到：“Thevegetationactsasanaturalacousticbuffer,dampeningthenoisepollutiontypicalofdenseurbanenvironments.”题目说“helptoreducenoisepollution”，与文意相符。4.FALSE解析：文章第三段提到灌溉系统：“...utilizingfilteredwastewaterfromthebuilding,isessentialtomaintaintheflora.”。题目说“usesonlypotablewater”（只使用饮用水），这与文中使用“filteredwastewater”（过滤后的废水/中水）相矛盾。解析：文章第三段提到灌溉系统：“...utilizingfilteredwastewaterfromthebuilding,isessentialtomaintaintheflora.”。题目说“usesonlypotablewater”（只使用饮用水），这与文中使用“filteredwastewater”（过滤后的废水/中水）相矛盾。5.FALSE解析：文章第五段提到南京垂直森林：“...incorporatingofficesandahotelalongsideluxuryresidences.”。题目说“exclusivelyresidentialbuildings”（仅限住宅），这与文中包含办公室和酒店的信息不符。解析：文章第五段提到南京垂直森林：“...incorporatingofficesandahotelalongsideluxuryresidences.”。题目说“exclusivelyresidentialbuildings”（仅限住宅），这与文中包含办公室和酒店的信息不符。6.TRUE解析：文章第六段提到维护时说：“Maintenanceisalsolabor-intensive;arboristsmustrappeldownthefacadestoprunetrees...ataskthatisbothdangerousandexpensive.”。题目提到需要专门技能（arborists）和涉及重大风险，与文意一致。解析：文章第六段提到维护时说：“Maintenanceisalsolabor-intensive;arboristsmustrappeldownthefacadestoprunetrees...ataskthatisbothdangerousandexpensive.”。题目提到需要专门技能（arborists）和涉及重大风险，与文意一致。7.20,000解析：文章第二段提到：“Theecologicalimpactissubstantial:theequivalentof20,000squaremetersofforest...”。解析：文章第二段提到：“Theecologicalimpactissubstantial:theequivalentof20,000squaremetersofforest...”。8.microclimate解析：文章第二段最后一句提到：“...creatingamicroclimatethatmoderatestemperaturesinthebuildingandthesurroundingarea.”解析：文章第二段最后一句提到：“...creatingamicroclimatethatmoderatestemperaturesinthebuildingandthesurroundingarea.”9.root解析：文章第三段提到：“...balconiescapableofsupportingsubstantialweightswhileallowingforrootgrowthwithoutcompromisingthebuilding'sintegrity.”解析：文章第三段提到：“...balconiescapableofsupportingsubstantialweightswhi